Network Planning and Connections
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Trusted by network operators and infrastructure providers globally
Low carbon technologies and new builds are driving a sharp rise in connection requests, while scrutiny of investment decisions keeps growing.
Our planning and connections software uses real network data to forecast where constraints will appear, prioritize investment, design new networks and produce accurate connection quotes in minutes. Studies that took months now take hours, and every decision has a clear audit trail. This helps you invest where it matters, respond to demand faster and free up engineering time.
Wherever power matters most, we help network operators and critical businesses keep their electrical assets safe, reliable and resilient.
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As low-carbon technologies become mainstream, network operators face rising demand and growing complexity while being asked to improve reliability. Proactive solutions, workforce efficiency and intelligent investment are central to meeting those challenges.
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Successful, profitable operation of onshore and offshore wind and solar sites requires a smart approach to asset management. Minimizing downtime and improving safety require proactive solutions that keep sites reliable as assets scale and operational complexity increases.
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Protecting uptime and system resilience is critical for data centers, and with 60% of downtime causes being power related, identifying and addressing hidden electrical risks early ensures redundancy remains untested.
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Pollution incidents caused by electrical issues make up almost half of all reports, with even minor power disturbances at risk of escalating if not detected and managed.
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VisNet Connect
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VisNet Design
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VisNet Forecast
Our in-house consultants combine decades of field experience with evidence from live networks, to help you understand complex problems across the power system and decide what to do next.
The whitepaper explores the growing gap between consumersโ efforts to reduce energy use and rising electricity demand, highlighting why smarter, more visible and flexible LV networks are essential as EVs, heat pumps and distributed energy resources accelerate electrification.
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